Bac2 Announces All-Molded Bipolar Plates for High-Temperature PEM Fuel Cells
Traditional bipolar plates for fuel cells have to be machined to create the channels through which fuel, air and water vapor flow. ElectroPhen is an electrically conductive thermoset material, made from readily available bulk constituents, which can be compression molded and cured at room temperature. Bipolar plates based upon ElectroPhen do not need further machining, so they can be produced quickly and economically in any quantity. High-temperature versions are subject to a proprietary conditioning process but this does not add significant cost or production time.
ElectroPhen is a unique, patented conductive polymer that requires relatively little loading with graphite to achieve the required conductivity for fuel cell plate applications. In addition to offering customized plates in high volume, Bac2 markets blank plates that customers can machine for prototyping work before committing to mold tooling expense.
Photo caption: Economical ElectroPhen bipolar plates are now rated up to 200 deg C DOWNLOAD AT: http://www.technopr.com/download/Bac2-024HTPlates.jpg For further information and reader enquiries: James Lewis, Bac2, Millbrook Technology Campus, Second Avenue, Southampton, SO15 0DJ, UK Tel: +44 (0) 23 8031 2784 E-mail: firstname.lastname@example.org Web: http://www.bac2.co.uk PR agency contact: Bob Jones, TechnoPR Limited, The Old Vicarage, Upper South Wraxall, Bradford-on-Avon, Wiltshire BA15 2SB, UK Tel: +44 (0) 1225 866930 E-mail: email@example.com Web: http://www.technopr.com
Bac2 is the developer of ElectroPhen(R), an electrically conductive plastic that is making a significant contribution to the early adoption of clean energy from fuel cell stacks. The company manufactures conductive plates for fuel cells using the material. Fuel cells are technically proven sources of clean energy for our planet, but adoption is presently limited by cost. Bac2 is in the process of developing ElectroPhen commercially and has patents pending in
Bac2, Millbrook Technology Campus, Second Avenue,
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SOURCE Bac2 Ltd